Molecules featuring fluorine‐containing functional groups exhibit outstanding properties with
high density, low sensitivity, excellent thermal stability, and good energetic performance due …

Molecular crystals are of importance in many applications including energetic materials and
pharmaceuticals. Here we focus on the energetic material cyclotetramethylene …

We introduce HYDRA, a learning algorithm that generates symbolic hyperelasticity models
designed for running in 3D Eulerian hydrocodes that require fast and robust inference time …

Pore collapse induced hotspot formation is a key mechanism for initiating detonation of
shocked high explosives. Accurate continuum models that faithfully capture the pore …

Shock waves in geological materials are characterized by a sudden release of rapidly
expanding gas, liquid, and solid particles. These shock waves may occur due to explosive …

Geological hazards related to soft–hard interbedded rock are frequent in rock engineering.
The material point method (MPM) is a mesh-free numerical approach specifically designed …

An atomistically informed dislocation plasticity model is developed for cyclotetramethylene
tetranitramine (HMX), which includes nonlinear thermoelasticity, pressure-dependent and …